Design and Construction
The hull below the waterline is a solid spray-laminated shell reinforced with fibreglass, while above the waterline the same hull switches to a Divinycell foam core — a construction split that keeps structural mass low where it matters for stiffness and raises buoyancy and insulation where it does not. The deck is a balsa sandwich. Some fixtures were engineered as load-bearing GRP structures laminated directly into the hull, and the bulkheads are bolted to the hull only at their flanges, a typically Swedish method that trades monocoque bonding for serviceability. Five floor ribs transfer sailing loads into the hull, and the lead fin keel hangs from a GRP stub that creates a deep bilge. YACHT's used-boat test found the underwater laminate solidly built with that reinforcement scheme.
Rig and Handling
On a 7/8 fractional sloop rig, the Omega 36 carries 78 square metres of sail area — a 37-square-metre mainsail paired with a 25-square-metre furling genoa — and the standard rig runs without backstays, using a single pair of spreaders angled about 20 degrees aft. With the genoa set, the sail-load factor comes to 5.13, a number consistent with a lively, easily driven hull. Self-tailing winches were standard, and the builder offered a choice of wheel or tiller steering. One awkward detail survives in the rigging: the halyard routing to the cockpit turns at right angles, producing high friction losses in the plain-bearing blocks.
Accommodations
Below, the Omega 36 favors genuine sleeping spaces over nominal ones. The forepeak holds a real double berth over two metres long. The saloon places a U-shaped settee to port and a straight settee berth to starboard. Aft to starboard there is another double berth beside a large storage volume, and extension versions of the boat substituted two double berths in the stern. A shower was standard equipment, uncommon for the period. The trade-off is light: the hatches are tiny and the interior compartments read as correspondingly dark.
Known Issues
Several structural and systems weak points are worth weighing. The keel suspension is not equally well laminated at the base across all hulls, so the stub-to-keel joint deserves close inspection. Early construction numbers showed problems with weld seams on the rigging irons, and the spreader fittings of Isomat rigs should be examined. The large sliding-hatch garage induces strong deflection in the companionway boards. On the systems side, stern tubes tend to leak, and one owner report ties shaft-system leaks specifically to Yanmar-equipped boats; the installation of a new stern tube has been documented as beyond ordinary wear on some examples.
Refits and Ownership
Engine fitment split across the production run. Earlier boats carried a Yanmar; newer model years moved to a Volvo 2003 with Saildrive, and both variants are dual-circuit cooled. The relatively low build count and the Holland name have kept the design in quiet regard among used-boat sailors who want a light, modern-section hull without the complexity of a later performance cruiser.
The Verdict
The Omega 36 is a thoughtfully engineered light-displacement Holland design that rewards an inspector who knows its soft spots. The foam-cored topsides, laminated-in fixtures, and clean fractional rig make for a fast, tractable 36-footer, while the dark interior and a handful of recurring leakage and lamination issues argue for disciplined survey before purchase.
Pros
- Light 5.1-tonne hull with 78 m² of sail on a backstay-less 7/8 rig
- Lead fin on a GRP stub with five load-transferring floor ribs
- Real over-two-metre double berth forward and flexible aft layouts
- Standard self-tailing winches and a period-uncommon standard shower
Cons
- Uneven keel-base lamination and tendency for stern tubes to leak
- Tiny hatches leave the accommodation dark
- Right-angle halyard routing causes friction in plain-bearing blocks
- Early rigging-iron weld and Isomat spreader-fitting concerns
